We have an exciting announcement about badges coming in May 2025. Until then, we will temporarily stop issuing new badges for course completions and certifications. However, all completions will be recorded and fulfilled after May 2025.
Mastering Multi-GPU in Ansys Rocky Software and Enhancing Its Performance
Innovative algorithms for DEM methods and the computational power from graphics processing units (GPUs) have opened new horizons.With Ansys Rocky particle dynamics simulation software, these loads can be offset by using GPUs, which provide the capacity to obtain results in a more practical time frame.
Maximizing Simulation Capabilities by Coupling Structural and Particle Software
In industries such as mining and materials processing, many operations involve mixes of particles interacting with solid systems. To improve efficiency and drive big-picture insights, engineers must be able to understand this complex interaction from every angle. Combining the powers of structural and particle simulation enables you to gain a greater understanding of these processes while also reducing costs and saving time.
Unlocking the Power of CFD-DEM Coupling: Modeling Fluid-particulate Systems
Coupling computational fluid dynamics (CFD) and the discrete element method (DEM) expands the range of granular-fluid systems that can be addressed through numerical simulations. Learn how CFD-DEM coupling works, the types of coupling available in Ansys Rocky, and how you can unlock the power of CFD-DEM by coupling Ansys Fluent and Rocky.
Smoothed-particle Hydrodynamics and DEM: A Powerful Solution to Simulate Solid-fluid Applications
Rocky is taking another huge step forward in building the power of simulation by offering a smoothed-particle hydrodynamic (SPH) tool with a fully coupled SPH-DEM, real shape representation, and multi-GPU support.
Understanding Discrete Element Method
The fundamental working principle of every DEM code is to detect particle collisions and compute the contact force. This is achieved using the soft-sphere method, where particles are rigid, and any deformation at contact is modeled as an overlap.
Drying Dynamics of an Agitated Filter Dryer Using Ansys Rocky
Downstream processing of active pharmaceutical ingredients (APIs) involves crystallization, filtration, drying, and milling unit operations. Drying is one of the most energy-intensive unit operations and is often the rate-limiting step in the overall API manufacturing cycle
Ansys Adds Rocky DEM to the Mix, Extending and Enhancing Multiphysics Simulation to Include Particle Dynamics
With the acquisition of Engineering Simulation and Scientific Software Rocky DEM, S.L., which was operated by long-time South American channel partner Engineering Simulation and Scientific Software (ESSS), Ansys adds Rocky DEM to its portfolio. Rocky has been offered by Ansys for almost two years as Ansys Rocky, a partner product, and is already integrated with Ansys flagship software. However, this acquisition will drive even deeper integration.
